**HRE FF04 Flow Form Wheels for Ford in Liquid Metal

Quick Overview

HRE's all new FlowForm wheels are created using a unique casting and forming process that obtains strengths similar to a forged wheel. Every HRE wheel is designed and engineered in HRE's TUV-approved, San Diego, CA facility.

Don't get left in the dust & be
faster off the line thanks
to reduced un-sprung weight on your chassis

Features:

High Strength FlowForm
Construction

Durability of a Forged Wheel

Lightweight and Excellent
Value

TPMS Compatible

Durable
powder coated Finish

Applications:

2011+ Ford Focus RS & ST

2015+ Ford Mustang GT350/R

2015+ Ford Mustang

2005-2014 Ford Mustang

The HRE FF04 is the latest
wheel to hit the Flow Form lineup and it looks amazing! The
classic split 5 spoke design offers an aggressive and bold look
that fits your Ford perfectly. The wide opening show off the
brakes beautifully while still giving you the concave look you
want!

HRE Wheels has
been known for decades as being one of the finest wheel
manufacturers and the go-to choice for racing teams around the
world. The HRE Flow-Form wheels offer strength properties similar to Forged wheels at a lower
price point, while still maintaining the highest standards of HRE
Performance Wheels.

Ford HRE FF04 Wheel Fitment Guide

Fitment |
Front Size | Rear Size
| Bolt Pattern |
Notes

Focus RS & ST 2011+

19x8.5 et45

19x8.5 et45

5x108

Mustang GT350/GT350R
2015+

20x11 et50

20x11 et50

5x114.3

20mm Front Spacer

Mustang V6/EcoBoost/GT
2015+

20x10 et30

20x11 et50

5x114.3

Mustang
V6/GT 2004-2014

20x10 et30

20x11 et50

5x114.3

What are HRE Flow Form Wheels?

HRE Performance Wheels' all new
line ofFlowFormwheels
combines the strength and
durability of a forged wheel,

at a price point that is near
standard OEM cast wheels.

The process begins with a
pressure-cast perform, where it is then
rapidly cooled. This quick
cooling of the metal right
after heating (sometimes
referred to asquenching)
enhances the elastic strength
and durability by increasing the
metals density

The strengthened pre-form(Fig
A), is then pulled from
the mold and placed into the
flow-forming machine,(Fig
B)which
operates in a manner similar to
a potters' wheel. This process
stretches the barrel downward,
causing the metal to "flow" into
the correct "form", hence the
name, and this process
ultimately gives the wheel its
final shape(Fig
C).

This "stretching" process
changes the internal grain
structure of the aluminum (much
like the direction of the grain
makes a difference in wood),
making it stronger, lighter and
more precise than a
non-flow-formed barrel, resulting in forged
aluminum-like strength.